This unit aims to introduce students to the fundamental knowledge and tools required for the analysis of oscillating systems within the maritime engineering field. Students will be required to perform calculations enabling them to model systems such as ocean waves using differential equations, vector calculus and spectral analysis techniques. Students will apply these skills in the design of...

Students will undertake a research project at an advanced level. Depending on the project chosen students will produce either a substantial portfolio and exegesis or a research thesis. In all cases students will consolidate their knowledge of media industries and make a contribution to journalism, media and/or communications scholarship. ...

Students will undertake a research project at an advanced level. Depending on the project chosen students will produce either a substantial portfolio and exegesis or a research thesis. In all cases students will consolidate their knowledge of media industries and make a contribution to journalism, media and/or communications scholarship. ...

The connection between technology and culture has never been greater. Screen, digital media, and networking platforms are changing the practices and forms of expression that represent and reflect culture and society. By investigating the production, use and circulation of various media, this unit examines the cultural and social implications for creative expression, communication and...

This unit examines the foundations of mental health and wellbeing for individuals, families and communities. Your learning will be underpinned by models of consumer engagement, social inclusion and human rights. Using a bio-psycho-social and systems-thinking approach, you will critically examine the personal experiences of mental health and wellbeing challenges and the options for support....

This unit will examine the foundations of mental health for individuals, families and communities. It will use a bio-psycho-social approach, to critically examine the personal experiences of, and service responses to, mental health challenges. Practice outcomes will emphasise active engagement and relational approaches to building individual wellbeing, contextual safety, and service development....

An introductory physics course for health science professionals. This subject provides an introduction to the topics of mechanics, waves, fluids and thermodynamics, vibrations and waves, and atomic and nuclear physics. CXA115 aims to provide a basic understanding of physical processes and physical problem solving techniques in order to form a basis for future studies in health sciences. ...

This unit will provide you with the opportunity to put skills and knowledge gained during your Law studies into practice in the University of Tasmania's on-site legal clinic (Student Legal Service), assisting clinic lawyers to interview clients, prepare research, advice and correspondence to and for clients, design community legal education materials, and contribute to policy and law reform...

In this unit, you will learn the core principles of sensors and sensor networks, investigating how these technologies are generating revolutionary scale change across many industries. You will acquire practical skills via simulation based learning for sensor deployment, sensor technology solutions aligned with industrial objectives, and sensor networks capable of transferring real-time data to...

In this unit, you will learn how sensor technologies and big data are enabling disruption for transformational change across all sectors of society. You will deploy sensors and develop the knowledge and skill to identify, install and calibrate sensors based on industry need. You will design sensor networks that can communicate and transmit unprocessed data for use in API and external systems....